DT4E Pure Iron DT4E Soft Magnetic Material Grade Level
Contact Info
- Add:杏花岭区, Zip:
- Contact: 王经理
- Tel:0351-3399777
- Email:1683406565@qq.com
Other Products
Taiyuan Yaoqiang Pure Iron Co., Ltd. — DT4E electromagnetic pure iron is a premium grade electromagnetic pure iron, also known as electrical pure iron. DT4E features high magnetic permeability, low coercivity, and excellent electromagnetic properties, making it widely used in precision magnetic components such as electronic elements, sensors, automotive brakes, and solenoid valves.
Yaoqiang Pure Iron — Chemical Composition and Characteristics
DT4E pure iron contains carbon ≤0.01%, sulfur ≤0.01%, phosphorus ≤0.015%. It employs molten iron pretreatment + RH refining process, offering high magnetic flux and low coercivity, specifically designed for high-frequency magnetic fields. Its purity reaches 98-99.5%, with low impurity content, stable magnetic properties, and no magnetic aging.
Yaoqiang Pure Iron — Applications
It is primarily used in scenarios requiring high magnetic permeability and stability, such as electronic components, sensors, automotive brakes, solenoid valves, magnetic shielding materials, and aerospace instruments. Examples include core components like relays, magnetic cores, motor rotors, and nuclear magnetic conductive parts.
Yaoqiang Pure Iron — Specifications and Forms
Pure iron round bars, pure iron rods, pure iron coils, pure iron strips, pure iron wire rods, pure iron wires, Yaoqiang pure iron, cold-drawn pure iron, pure iron plates, pure iron sheets, pure iron slitting, pure iron seamless tubes, pure iron forged materials.
Disclaimer:
The information described herein, including but not limited to quotations, various performance parameters, and displayed images, is for reference and learning purposes only and shall not constitute delivery conditions or contract attachments.
| Industry Category | Minerals-Metallurgy |
|---|---|
| Product Category | |
| Brand: | 耀强纯铁 |
| Spec: | DT4E |
| Stock: | |
| Origin: | China / Shanxi / Taiyuanshi |